Holography emerges as a solid theoretical scenario to model strongly coupled phenomena such as the hadronic spectra, QCD at finite density and temperature conditions, heavy-ion collisions, and quark-gluon plasma. In the last two decades, the bottom-up approaches to AdS/QCD have been successfully used to describe mesons, glueballs, and single baryons [1]}, [2]}, [3]}, [4]}. However, the stable composite nuclei spectroscopy has not been investigated in the framework of bottom-up AdS/QCD, where the deuteron form factor [5]}, [6]}, [7]}, [8]} and the proton properties in the nuclear medium [9]} are some of the phenomenologies discussed in this particular holographic context. In the present work, we propose to do so by considering the description of the light nuclei spectra, as well as the corresponding nuclei stability, in bottom-up AdS/QCD.
